Energy Solutions

When we talk about energy solutions, we mean all the technologies and strategies that allow you to generate, store and use energy responsibly. Think smart appliances, renewable energy sources and systems that help maintain the balance between supply and demand. By being energy conscious and making the right choices, you can actively contribute to a cleaner environment and a resilient energy grid.

Importance of energy solutions

Energy solutions are an essential part of the energy transition. By replacing or supplementing traditional, often polluting energy sources with sustainable alternatives, you not only reduce greenhouse gas emissions but also increase independence from scarce raw materials, especially in times of grid congestion. In this way, you ensure a system that is less sensitive to price increases and geopolitical tensions.

With the right energy solutions, you also lay the foundation for a flexible infrastructure that can move with changing energy supply and demand. This means that you are better prepared for peaks in consumption and that you benefit from the advantages offered by renewable sources. This is how you contribute to a sustainable future in which everyone has access to affordable and reliable energy.

Generation of renewable energy

To make the transition to a cleaner and more reliable energy system, generating renewable energy is one of the most crucial steps. By choosing renewable sources, you not only reduce harmful emissions, but also reduce dependence on finite resources and unpredictable price fluctuations.

• Solar energy: with solar panels you convert sunlight into electricity, especially when combined with a solar panel battery, making direct use of an inexhaustible resource.
• Wind energy: wind turbines capture the power of the wind and convert it into usable electricity, both on land and at sea.
• Hydropower: running water or tides can be harnessed to drive turbines, which is particularly profitable in mountainous and coastal regions.
• Biomass: residues from plants or organic waste are burned or fermented to produce renewable heat or electricity.
• Geothermal energy: using the heat from deeper earth layers, energy can be extracted for heating and, in some cases, electricity generation.

While each of these sources has its own unique characteristics, they all contribute to lower carbon emissions and a future-proof energy grid. By combining various methods, you also strengthen the stability of the system and increase the impact in terms of sustainability.

Energy storage is an indispensable link

The need for energy storage is increasing as renewables take a larger share of our energy supply. Solar and wind energy can vary greatly due to weather conditions, so supply does not always match demand. By employing a smart storage method, you ensure that your produced energy is not lost when it cannot be used immediately. In this way, you reduce unnecessary waste and contribute to the stability of the energy grid.

There are various ways to store the energy generated, each with its own advantages. Large batteries, for example, offer a relatively simple and scalable solution for both small and large installations. When deploying large-scale battery systems, it is important that they comply with recognized safety and design standards. International guidelines, such as NEN-EN-IEC 62933-5-1, describe the requirements for the safe application and management of Battery Energy Storage Systems (BESS) within professional energy solutions. Hydrogen storage has the potential to store energy over longer periods, while thermal storage allows you to capture heat and use it later for heating or other processes. With the right storage strategy, you can create a more flexible and resilient energy system that is better able to withstand peak loads and weather influences, and can serve as an emergency power supply in the event of a failure.

Residential and industrial applications

For residential applications, deploying energy storage means that households can not only benefit from self-generated energy, but also gain more control over their energy bills and environmental impact. Consider reducing peak loads by deploying stored energy at times when demand is high, for example with a neighborhood battery in collective projects. That way you are less dependent on the grid and contribute directly to a more sustainable energy supply.

Energy storage is also playing an increasingly important role in industrial environments. Factories, offices and other large consumers can optimize their energy consumption by storing excess renewable energy and using it later when demand increases. This leads to more stable operations and can also provide cost benefits by smoothing out energy peaks. This is how you contribute to more efficient and future-proof power consumption, regardless of size or sector.

Smart energy consumption

When you commit to renewable energy sources and energy storage, it's just as important to be conscious and smart about how you use them. That means using the right amount of energy at the right time so that you make the most of what you have stored and generated. This prevents peak loads on the energy grid and contributes to more efficient use of available resources.

Energy management systems allow you to gain real-time insight into your production and consumption patterns. This allows you to immediately see when there is a surplus of generated energy and when it is wise to turn on appliances or other applications. As a result, you make optimal use of peaks in generation and minimize unnecessary waste.

Energy solutions and the power grid

Using efficient energy solutions strengthens the balance between supply and demand within the power grid. When renewable sources do not always supply energy evenly, it becomes extra important to distribute and store that energy properly. This prevents the grid from becoming overloaded during peak times, as often occurs with energy hubs at business parks, and keeps stability high, even at times when the sun shines less brightly or the wind decreases.

In addition, so-called "virtual power plants" are gaining ground. This involves combining different, geographically dispersed sources and storage facilities into a single virtual power plant. This means that small and large producers of power can work together to better regulate supply and demand. The result is a future-proof grid in which sustainable generation and smart use of energy are increasingly central.

Invest in a smart energy solution with Frax

Do you want to take your projects to the next level and really make a difference in the energy transition? By investing in a smart energy solution, you benefit from a reliable, sustainable and flexible way of managing energy. It not only helps you save costs and reduce your carbon footprint, but also puts you in control of your own energy consumption.

At Frax, you'll find energy solutions designed specifically to meet your needs. Our plug-and-play systems offer a seamless connection to both residential and industrial applications. This allows you to enjoy all the benefits of an advanced system without worrying about complicated installation procedures. Contact us today and find out how we can support you with a customized and future-proof energy solution.